Trinocular Metallurgical Microscope With   0.5x Focusable C-mount Adapter.

Home Trinocular Metallurgical Microscope With   0.5x Focusable C-mount Adapter.

Trinocular Metallurgical Microscope With   0.5x Focusable C-mount Adapter.

Model No: PSAW-500

Eyepieces: Widefield 10x Eyepieces 22mm F.O.V

Objectives: (STRAIN-FREE): IOS W-PLAN METALLURGICAL OBJECTIVES

Magnification: 40x – 500x

Product Information

Description

Specifications:

Anti-microbial treated body having the feature of Transmission and Reflection Mode Polarization & Brightfield Microscopy with built-in filter holders. Trinocular Metallurgical Microscope with high-performance C-mount microscopic camera and 0.5x focusable C-mount adapter.

  • Observation Mode: Brightfield, Incident Polarized Light

  • Epi-illumination and Polarizing Filters: X-LED3 with white 3.6 W LED (6300 K) with brightness control. Field and aperture diaphragms, polarizer & analyzer filters.

  • Head: Trinocular (Fixed 50/50), 30° inclined, 360° rotating

  • Interpupillary Distance: Adjustable between 48 to 75 mm

  • Dioptric Adjustment: On both eyepiece tubes

  • Eyepieces: WF10x/22 mm, high eye-point and secured by screw

  • Nosepiece: Quintuple revolving nosepiece for five objectives, rotation on ball bearings

  • Objectives (Strain-free):

    • IOS W-Plan Met 4x/0.10

    • IOS W-Plan Met 10x/0.25

    • IOS W-Plan Met 20x/0.40

    • IOS W-Plan Met 50x/0.75

    • All with anti-fungus treatment

  • Specimen Stage: Double layer rackless mechanical stage, 233x147 mm, 78x54 mm X-Y range, with tempered glass plate

  • Focusing: Coaxial coarse (adjustable tension) and fine focusing mechanism with limit stop to prevent contact between objective and specimen

  • Condenser: Abbe N.A. 1.25, with objective-coded iris diaphragm, focusable and centerable, with filters

  • Transmitted & Reflected Illumination (Fixed Koehler Type):

    • X-LED3 with white 3.6 W LED (6300 K) with brightness control

    • Multi-plug 100–240 VAC / 6VDC external power supply

    • Innovative design offers larger apertures, allowing high-resolution imaging close to the theoretical diffraction limit of optics

    • Benefits: low energy consumption, no heating, and long operating lifetime